Why We're Different

Not all feed is created equal. Here's what sets GrayStone Feeds apart from traditional commercial options.

The GrayStone Difference

FeatureGrayStone FeedsTraditional Feed
Ingredients Verified Non-GMOOften GMO corn and soy
Protein Source Soy-Free (Peas + Sunflower)Soybean meal (industry standard)
Transparency 100% Transparent FormulaProprietary "black box" formulas
Chemical Residues No GMOs, Cleaner GrainsMay contain residues
Formulation Holistic Hen HealthMinimum protein requirements
Sustainability Supports Diverse AgricultureRelies on monocultures
Production Made on Vancouver IslandShipped from mainland

Three Key Advantages

The Non-GMO Advantage

Our feed is Verified Non-GMO—a promise of purity. No genetically modified organisms, just natural grains.

This gives you a powerful marketing advantage: sell your eggs as "from hens fed a 100% non-GMO diet," a claim that resonates with health-conscious customers.

The Soy-Free Difference

We've moved beyond soy with an innovative protein blend of non-GMO field peas and sunflower meal.

This provides a complete amino acid profile without the concerns associated with soy, making it perfect for customers with sensitivities.

The ROI Story

This isn't just an expense—it's an investment in your flock's productivity.

  • • Stronger eggshells
  • • Richer yolks
  • • Better hen vitality
  • • Peace of mind

The Problem with Traditional Feed

Glyphosate and Chemical Residues

Many commercial feeds use conventionally-grown grains that contain glyphosate residues. These chemicals don't just affect your livestock—they accumulate in eggs and meat, impact soil health, and harm beneficial insects and microorganisms.

Mystery Formulas

Traditional feeds often use "least-cost formulation," meaning ingredients can change based on commodity prices. You might not know exactly what you're feeding your flock from one bag to the next.

GMO Dependency

The heavy reliance on GMO corn and soy supports industrial monoculture farming, which depletes soil, reduces biodiversity, and requires intensive chemical inputs.